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    • 7. 发明专利
    • WASTE PROCESSING APPARATUS
    • JPH09184611A
    • 1997-07-15
    • JP35264695
    • 1995-12-28
    • DAISO CO LTD
    • NAKANISHI YOICHI
    • F23B30/04F23G5/00F23G5/027F23G5/16F23G5/50F23G7/06F23G7/07F23B1/32
    • PROBLEM TO BE SOLVED: To prevent contamination of surroundings by carbonizing waste, and hence eliminate the need of a high flue, reduce the fuel cost, shorten processing time, reduce the manufacturing cost, miniaturize an apparatus, and simplify refuse processing. SOLUTION: When a vaporization combustion chamber 1 is heated with a heating burner 14, waste is vaporized and combusted to produce gas which is raised and enters a combustion chamber 18 together with waste gas. Thereupon, air from a combustion blower 24 is sucked into a waste gas rising pipe 13a from an air inflow hole 28, and the 28, and the gas from the vaporization combustion chamber 1 passing through an inside gas rising pipe 1a surrounded by the waste gas rising pipe 13a is sucked smoothly into a smokestack part 21 in the combustion chamber 18 without staying by suction force caused by the joining of the air. Both gases are completely combusted in the smokestack part 21 with the aid of fire of the combustion burner 23, and then enters the combustion chamber 18 and passes throug a catalyst 27a from an exhaust outlet 27 whereby it is deodorized and exhausted to the outside.
    • 9. 发明授权
    • Smoke generator for food smoking kilns
    • 烟雾发生器用于食物吸烟窑
    • US5355782A
    • 1994-10-18
    • US979862
    • 1993-02-18
    • John P. Blanchard
    • John P. Blanchard
    • A23B4/052F23B1/32F23K3/00
    • A23B4/0523
    • The smoke generator produces smoke from combustible matter, such as sawdust or particulated wood, under a controlled set of smoke generation parameters which can be varied over a range of operating set-points. The pyrolysis and partial combustion phases of smoke generation are physically separated and are independently controlled. A controlled rate of sawdust or other combustible matter is fed into an air-excluded pyrolysis chamber in which the pyrolysis temperature is controlled by means of an adjustable power supply to a heating element in the pyrolysis chamber. The ash remaining after pyrolysis of the combustible matter is continuously removed from the pyrolysis chamber. Pyrolytic gases generated by thermal destruction of combustible matter in the pyrolysis chamber are removed to a second chamber where a controlled rate of air is injected with the hot pyrolytic gases to achieve a desired level of partial combustion. The air supply is metered and is preheated to a desired temperature by an adjustable power heater element prior to injection into the partial combustion chamber. Thus, a concentrated smoke at elevated temperature is produced in the partial combustion chamber. A heat exchange apparatus is attached to the smoke outlet from the smoke generator to cool the hot smoke gases by mechanical heat exchange rather than by dilution with ambient room temperature air. Cooling the concentrated smoke gases to ambient temperature by this means quenches further combustion reactions of the concentrated smoke which can then be delivered and utilized in a food smoking kiln.
    • PCT No.PCT / CA91 / 00287 Sec。 371日期:1993年2月18日 102(e)日期1993年2月18日PCT 1991年8月19日PCT PCT。 第WO92 / 03057号公报 日期:1992年3月5日。烟雾发生器产生可燃物质(如锯屑或微粒木材)的烟雾,受控于一套烟雾产生参数,可在一系列操作设定点上变化。 烟雾产生的热解和部分燃烧阶段在物理上是分开的,并且是独立控制的。 锯木屑或其他可燃物质的受控速率被送入空气排除的热解室中,其中热分解温度通过对热解室中的加热元件的可调电源来控制。 在可燃物质热解后残留的灰分从热解室中连续除去。 通过在热解室中的可燃物质的热破坏而产生的热解气体被除去到第二室,其中用热的热解气体注入受控的空气速率以达到期望的部分燃烧水平。 空气供应被计量,并且在注入部分燃烧室之前通过可调节的功率加热器元件预热到所需温度。 因此,在部分燃烧室中产生高温下的浓烟。 热交换装置附接到烟雾发生器的烟雾出口,以通过机械热交换而不是通过用环境室温空气稀释来冷却热烟气。 通过这种方式将浓缩的烟气冷却至环境温度,可以使浓烟的进一步燃烧反应猝灭,然后可将其送至食用吸烟窑。